② - 環境省
Contents
1. 5 6 NOx2. 32 Carbonizauon zone Oxidizatuon zone Reducuon zone Ash zone ae Nonr igrited coal carbornization zone 2 4 1 TAKUMA O 0 gt 0O NO NO gt 1 4 1 5 NOx
3. NOx 2 8 4 1 100 000Nm h SOx 3 500mg Nm NOx 2 500mg Nm
4. NOx NOx NOx NOx NOx NOx NOx NO
5. NOx NOx 25 2 3 NOx 4 H
6. 3 NOx NO x NOx NOx NOx 4 28
7. NOx a Fuel NOx N Thermal NOx O b 53 3 Fuel NOx 3 NOx Thermal NOxy N
8. 1 i x 42 nl HF 5 nl NOx
9. E 20 th 2 4 2 NOx NN NOx
10. SOx 2 CO NOx 1
11. 10 41 1500 59 2 1 1 1990 1997 2007 9 6 14 5 21 2 29 5 16 7 11 0 LNG 21 9 23 3 22 5 NOx 2 1 2 NOx 2 1 3 NOx 74 LNG 2009 1974 14 1974 0 97g kWh 2009 0 08 gkWh
12. NOx 2 1 4 90 SCR 2 1 4 NOx LNG NOx NOx NOx HRSG CO
13. C kJmh kJm h lL PMU
14. NOx NOx E SN NOx NN 36 4 SNCR
15. NOx 1 N 0 01 4 Sppm O 49 vol gt 2 3 uy 4 CO
16. NN qH E 2 8 3 NOx 54 NOx 1 NOx NOx 1
17. kcakg kJkg S 9 db N db SOx NOx 0 2 NOx db 9 db RW 8 NOx 2 2 4 3 2 4 3 me Nm O kcalkg NH kg h NH3 3 NOx
18. NOx O 1 _ N S 2 3 NOx 4 1
19. N NOx NOx NOx Max Max 2 NOx 1 1 NOx Max NOx gt
20. NOx 2 NOx NHs NH gt 300C 150C NOx
21. Thermal NOx N SOx E N20 NOx NOx 4 2 3 NOx 1
22. 2 NOx NOx NOx NOx 1 2 2011 3 4 51 2 8 1 NOx
23. 1 Vol 35 No10 2 NOx 2009 3 2005 4 48 JBA 2010 5 JSIM 1983 6 JSIM 1992 7 1998 2008 8 2 1 9 2010 37 2 5 1
24. CDQ Coke Dry Quenching E 41 2 5 2 2 6 1 NOx LPG LNG
25. 6 NOx ll M Vy 27 1 2 3 4 4 3
26. NOx N NOx NOx NOx Max Max 2 1 NOx 1 NOx Max NOx
27. LNG N S 2 I rm hl 45 2 1 NOx
28. SOx 2 8 5 SOx 100ppm SO SO 3 SO 1 1 lt LU I JSOx100ppm 10 So0 PPM 100 3ppm 283C 59 2 8 5 NH S 1 5 SOx 1 750mg Nm3 2 8 6
29. 2 8 5 NOx 2 25 SCR SCR 60 NaOH
30. NOx 1 2 3 4 S 5 6 SOx HCI 21 RT
31. i 2 4 1 1 NOx et 2 4 1 lt 30 t h 6 LNG 5 6 lt 1MPa 2 29
32. 2 7 1 NOx O 10 197 12 9 480ppm 197 12 10 250ppm 2 NOx NOx 2 7 2 2 7 2 NOx 1 N 30 50 2 0 1 O 2 3 O 1 0 2 3 0 2 7 2 47 1 NOx
33. Material Balance SO 2500 gz Supply Water 8 5 m3 Hr 10 516 Nm Hr NaOH 5 8 Compressed Air 845 Nm3 Hr Purge Air 1332 Nm Hr 4 300 kg Hr Stabillizer 2 8 1 2 8 4 Waste Dust 882 kg Hr Soft Water 4 3 m3 Hr Stabillizer Inlet Stabillizer Outlet EP Outlet SCR Outlet Stack Inlet EP Inlet SCR Inlet WHB Inlet WHB Outlet Gas volume Nm Hr Wet 100 000 111 361 112 693 112 693 112 693 Nm Hr dry 90 000 90 845 92 634 92 634 92 634 m3 Hr 283 150 221 498 222 909 222 909 195 252 m min 4719 2 3691 6 3715 2 3715 2 3254 2 Temperature C 500 270 267 267 200 SOx mg Nm 3 500 1225 PPM lt 400 lt 400 lt 400 NOx mg Nm 2 500 1 217 PPM 700 700 lt 700 HzO 10 0 0z drybase 10 DUST mg Nm 1 000 10 lt 10 lt 10 2 8 4 SOx 3 500mg Nm
34. N Fuel NOx Thermal NOx 35 O O gt NOx NHi NH 1 NOx
35. 2 4 3 1 NOx 2 4 2 2 NOx NOx 2 4 2 NOx A B
36. JSIM 2 2 2 1 NOx 2 2 2 23 E 2 2 2 NOx
37. a 1 500 1 600 O NOx b c NOx
38. N Fuel NOx Fuel NOx Fuel NOx NOx 3 Et lt NOx
39. 1933 1973 1 2 t 3 1982 2 1 1996 1 2010 45 2 5 1 EU 10 t TL 2 5 1
40. NOx 2 8 2 1 NOx 2013 NOx 700mg Nm 2 8 1 2 8 1 1 000t day X1 Line 700t day X1 Line 8 section Line 3 8 000kcal kg 10 90 0 5 S 1 5
41. 22 NOx NN E 2 2 1 SV SOx SO
42. 2 8 2 2 8 2 100 000 Nm hr 200 SOx 3 5 0 0 mg Nm NOx 2 5 0 0 mg Nm 1 0 0 0 mg Nm 56 4 2 8 2 1 E 2 2014 1 1 2011 I RY ul 2 8 3 10 1 2 8 3 Bmission Standard of air pollutants for fl
43. NOx Stoker NOx 1 N 2 Stoker NOx NOx
44. GT COG fuel NOx N 2 6 2 1
45. NO 200 PPK T 1 0 4 aec MH3 MOxm2 O03 2 6 ppm NOx NHj reduction 800C 900C 1 000 1 100 C 1 200 s09 600 709 BOO 900 1000 00 Working gas tesperatures e I 2 7 4 50 NOx SOx NOx 2 7 2 1 NOx NOx 1 1
46. ul NaOH 25 a SCR S 1 0 SCR k gt RN
47. 3 5 mm Max mm 20mm 15 35 Ash 17 29 19 61 0 5 72 Ash 10 82 V M i Rb 27 36 F C 55 48 N i 6 a HHV 5 293 kcalkg 2 970 0 PA 1 96 Ash 30 11 N 0 22 30 MPa 10 1 6 MPa 8 5 1 35 th 15 25 th Max 9 Min 4 22 C Max 38 Nor30 Min 235 105 78 hryy 24hr Xx 300day 7 200 24hr NOx CN 224 O gt 12 9 vol 150 O gt 8 2 vol mg Nm H 30 85 1 2 V M F C 2
48. 2 N 24 3 NOx NOx O SOx 4 NOx O
49. 2013 13 15 NOx 1 500 1 600C 1200 Thermal NOx NOx
50. kJm b N 2 PS NOx N Re ot Fuel E
51. 70 29 938 73 7 173 0 4 6 460 15 9 4 040 9 9 2 3 2 2009 1 m lt 39 40 99 100 199 200 499 500 lt 28 374 7 118 2 703 1 658 761 96 70 18 7 3 2 26 2 4 1 NOx
52. 4 NOx NOx H 1970 1980 H F B NOx 2008 NOx E NOx 2
53. SOx NOx 5 NOx LNG LPG NOx 100 129 107 132 2008 38 2 5 1 5 15
54. Thermal NOx Thermal NOx 0 NOx Automatic Combustion Control System Thermal NOx NOx Parameter
55. 1978 2000 2009 32 11 59 4 2 3 1 2009 ra x 40m NOx
56. 2 7 1 NO ppm NO 2 7 1 NOx 48 2 NOx NOx NOx NOx 2 7 2 NOx 2 1 NOx
57. m gt Pe NOx gt FS NOx a 55 CH H NOx 0 NOx
58. 100 150mmn NOx NOx NOx NOx Uy
59. 2 4 4 NOx NOx Qr 94 1 ll lt N Fuel NOx 3 H
60. COD CDQ 2 N 44 3 NOx NOx O SOx 4
61. NOx 2 MI CO H NO CO NH H NOx
62. LNG NOx CO 2 1 1 KK 20 g C kWh 2 1 1 CO 2 2 1 NOx NO x Fuel NOx NOx Thermal NOx NOx
63. NOx Wedag Aktiengesellshaft 2 2 ve he jE te 2011 USU1nT ET INO 2 7 2 NOx 3 277 3 NOx 4 E NOx KHD Humboldt 870 980 NOx 4 E
64. 2 8 1 2 8 2 2 8 3 2 2064 EP 2 80 a Oh 360h 6 816h 1152h 04 1512h 2064h 0 2 EP 2 8 3 58 5
65. DSS ACC 9 NOx N S
66. NOx Fuel NOx H 0 31 HHV 3 Fuel NOx N N 0 2 db NOx
67. DN NG NOx 4 i E a OE NEE eE 3 NOx H
68. 2 5 2 2 5 2 2 5 1 m 2 3 273 2009 10 3 4 822 2001 5 4 5 555 2003 5 1 5 775 2009 8 2 5 775 2004 5 1 5 443 2007 4 3 4 300 2000 4 4 4 250 1998 2 2 2 902 2001 11 1 2 650 2 2 080 2003 11 1 5 370 2004 9 3 2007 5 5 2012 1 3 700 2009 7 2 3 700 2012 2002 2 5 400 2007 5 3 4 500
69. 1 000mg Nm SOx 3 500mg Nm S 2 8 1 1 5 S 3 NOx 2 500mg Nm 2 300mg Nm N 1 3 3 Fuel NOx 200mg Nm 500mg Nm 200mg Nm 1 000mg Nm 1 000mgNm
70. Fuel NOx N NOx 2 4 1 OS A SN MR ON NOx NR ee A 30 NOx B 85
71. 1 E NOx o 49 A ZKG international 1999 No 6 2 7 3 NOx 4 NOx 2 7 4 9920 1050C 000 1000
72. 2 5 3 NOx 40 10 Nm 2010 2 5 3 NOx 2 5 3 NOx NOx SOx VOC Dxn K 30 2009 310 379 NOx NOx
73. 61
74. Material Balance SO 1 750 mg Nm Supply Water 5 3 m3 Hr 6 583 Nm3 Hr NaOH 3 6 as100 Compressed Air 529 Nm Hr NH4OH 126 kg Hr Purge Air 1332 Nm Hr Steam 8 700 kg Hr Stabillizer Waste Dust 403 kg Hr Soft Water 8 7 m3 Hr Stabillizer Inlet Stabillizer Outlet EP Outlet SCR Outlet Stack Inlet EP Inlet SCR Inlet WHB Inlet WHB Outlet Gas volume Nm Hr Wet 100 000 107 112 108 444 108 444 108 444 Nm Hr dry 90 000 90 529 91 310 91 310 91 310 m Hr 283 150 244 435 245 886 245 886 195 835 m min 4719 2 4073 9 4098 1 4098 1 3263 9 Temperature C 500 350 346 346 220 SOx mg Nm 1 750 613 PPM 400 400 400 NOx mg Nm 2 500 1 217 PPM 700 700 700 HO 10 0 0z drybase 10 DUST mg Nm 1 000 10 10 lt 10 2 8 6 SOx 1 750mg Nm
75. NOx 2 6 1 NOx 43 2 6 1 9
76. 2010 2 RITE 2008 3 JFE 2010 4 48 JBA 2010 5 JSIM 1983 6 JSIM 1992 7 1998 8 2008 9 JSTIM 1991 10 2010 2010 46 2 7 NOx 2 7 1 1 NOx NOx NOx 10 NOx 1 24
77. O O gt 6 12 vol NOx 10 15 B 150mg Nm 5 10 A 33 4 NOx
78. lt 120mesh 10096pass 9 000kcaUkg N 8 500kcalkg 0 03 Pa NOx 2 800mg Nm O gt 12 139vol 700mg Nm O gt 89 vol 52 1 300 1 600C 1 610 1 550 1 620C 24 hr 1 2 2 NOx NOx NOx
79. 2 2 1 NOx NOx 1970 1980 2002 NOx 26 59 50 LNG 1 LNG LNG NOx
80. 2007 3 2 112 2007 12 6 5 153 1998 5 2 5 000 2004 3 2 4 100 2003 11 0 3 5 055 2010 2 4 5 005 2002 1 2 2 828 1998 9 4 5 000 2006 5 5 500 2005 3 39 0 9 0 8 0 7 0 6 0 5 0 4 0 3 0 2 0 1 0 RITE 2008 2 5 2 toilt 2 5 2 2008 9 27 2 74 35 5 6 25 8 2010 2 5 2 NOx NOx
81. 92 19 2 1 2 NOx NOx 1 2 1 4 0 8 3 2 0 6 0 2 gkWh 2008 2 1 3 NOx NOx g kWh 0 14 0 1 0 08 2009 NOx
82. at glass industry GB26453 2011 11 4 2 100mg Nm 50mg Nm SO SO 600mg Nm 210ppm 400mg Nm 140ppm F Smg Nm Smg Nm HCI 30mg Nm 30mg Nm NOx NO 700mg Nm 341ppm 3 1 E NOx H 2 2 8 4 8 NOx Il 2 8 4 NO mg Nm 0 8 700 mg Nm 341 ppm 1 602
83. mg Nm 780 ppm 2019 1 1 780 mg Nm 390 ppm 834 mg Nm 406 ppm 1 602 mg Nm 780 ppm HH E NaOH 57 E 2 8 1 EE EP
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